p. 618-628Since Leonardo da Vinci came with his idea for an adjustable mould to make threedimensional curved surfaces people have been searching for a tool like that. This paper gives first the different moulding techniques that have been used to make three-dimensional surfaces with prefabricated elements. Then, the authors describe their own development of an adjustable mould. This moulding technique is based on the manipulation of elastic membranes by inflatables and other objects. The paper describes the way the elastic membrane is manipulated and gives the technical possibilities for making threedimensional curvatures. In the conclusion we prove the feasibility of this technique and show composite elements that have been made for a thre...
The number of applications with thin flat, curved or double-curved elements often produced as archit...
This paper explains how complex curved structures can be constructed from flat standard panels. The ...
We present a computational approach for designing CurveUps, curvy shells that form from an initially...
Since Leonardo da Vinci came with his idea for an adjustable mould to make threedimensional curved s...
The focus of this paper is on the form and materialization of membrane moulding. There has been an i...
This paper describes a concept for a reconfigurable mould surface which is designed to fit the needs...
Flexible moulds for production of double curved elements could offer a solution for challenges in re...
In the last decade complex buildings i. e. with unregular curved surfaces have been designed. The su...
The present paper describes a concept for a reconfigurable mould surface which is designed to fit th...
Tensile surface structures have been used in both permanent and temporary constructions. Using a li...
The number of applications with thin flat, curved or double-curved elements often produced as archit...
This paper sets out to develop a principle on which a façade element can be deformed in shape. By us...
Almost all industrialized materials commonly employed at engineering and building construction are a...
In this paper we describe the research of the best combination of construction, material and typolog...
The number of applications with thin flat, curved or double-curved elements often produced as archit...
This paper explains how complex curved structures can be constructed from flat standard panels. The ...
We present a computational approach for designing CurveUps, curvy shells that form from an initially...
Since Leonardo da Vinci came with his idea for an adjustable mould to make threedimensional curved s...
The focus of this paper is on the form and materialization of membrane moulding. There has been an i...
This paper describes a concept for a reconfigurable mould surface which is designed to fit the needs...
Flexible moulds for production of double curved elements could offer a solution for challenges in re...
In the last decade complex buildings i. e. with unregular curved surfaces have been designed. The su...
The present paper describes a concept for a reconfigurable mould surface which is designed to fit th...
Tensile surface structures have been used in both permanent and temporary constructions. Using a li...
The number of applications with thin flat, curved or double-curved elements often produced as archit...
This paper sets out to develop a principle on which a façade element can be deformed in shape. By us...
Almost all industrialized materials commonly employed at engineering and building construction are a...
In this paper we describe the research of the best combination of construction, material and typolog...
The number of applications with thin flat, curved or double-curved elements often produced as archit...
This paper explains how complex curved structures can be constructed from flat standard panels. The ...
We present a computational approach for designing CurveUps, curvy shells that form from an initially...